生產企業編碼 的英文怎麼說

中文拼音 [shēngchǎnbiān]
生產企業編碼 英文
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  • : Ⅰ動詞1 (生育; 生殖) give birth to; bear 2 (出生) be born 3 (生長) grow 4 (生存; 活) live;...
  • : Ⅰ動詞1 (人或動物的幼體從母體中分離出來) give birth to; be delivered of; breed 2 (創造財富; 生...
  • : 動詞1. (抬起腳後跟站著 ) stand on tiptoe2. (盼望) anxiously expect sth. ; look forward to
  • : Ⅰ名詞1 (行業) line of business; trade; industry 2 (職業) occupation; profession; employment; ...
  • : Ⅰ動詞1 (編織) weave; plait; braid 2 (組織; 排列) make a list; arrange in a list; organize; gr...
  • : Ⅰ名詞(表示數目的符號或用具) a sign or object indicating number; code Ⅱ量詞1 (指一件事或一類的...
  • 生產 : 1 (使用工具創造生產、生活資料) produce; manufacture 2 (生孩子) give birth to a child; childbi...
  • 編碼 : encoded; code; coded; encrypt; codogram; coding編碼表 encode table; 編碼程序 builder; 編碼尺 code...
  1. ( 3 ) according to the characteristics of the selected objects, the selecting processes and the practical problems in the process of establishing a scm - oriented ave, a three - stage plan and evaluation architecture of partner enterprise selection are presented and a multi - objective optimization model for selecting partner enterprises in aves are given. by means of the methods of integer planning, benchmarking, analytic hierarchy process ( ahp ) and so on, the fuzzy values of critical decision - making factors ( such as

    通過實際應用驗證,該erp系統具有統?一致的信息、較好的開放性、集成性、外延性,併兼顧了自動與人工、通用化與行化兩方面,使系統具有較高的柔性和較強的實用性,可輔助實現科學、可靠的品報價和即時it卜該erp系統既不失mnyll的系統性和嚴密性,又保持了ji
  2. In model i, fcoc is converted to fcc, i. e. competition function of enterprise, by an extensively defined knowledge management system ( kms ). then in model ii, fcoc is considered as separated competition functions of each stuff. two effects, add effect and multiple effect, future the kms and make it more meaningful than ever

    從觀察員工知識的、積累和升值而抽象出的員工競爭力函數,描述了可知識和意會性知識在促成員工競爭力增長方面的不同作用,指出意會性知識的不斷增長是員工競爭力增長的決定性因素,它同時也是創造力的源泉,因此,員工相對競爭力與競爭力之間是一種對立統一的關系。
  3. This thesis mainly introduce a development process of mis of steel tube enterprise producing. a universal mis of adapting to our country middle and small producing enterprise is developed in accordance with the practical situations of our country producing enterprise. the structure and developing method of the mis are analyzed, followed by the introduction of the development process in stages. the system development abides strictly by the requirements of software engineering, with all the files standard and complete. during the process of the development, we took into consideration practicality as well as scientific principles. the system is development under a quick prototype method. first, the logic module of the system is established through the analysis of the business flow process and the information flow concerning productive enterprise of steel tube ; secondly, in light of the module, the system is set up including the design of the system ' s network platform, developing tools, database, system code, software modules, system security, user ' s interface and so on. finally, the prototype of the system is implemented on the basis of the design

    文中首先分析了管理信息系統的開發方法和體系結構,然後分階段地介紹了具體的開發過程。該系統的開發嚴格遵守軟體工程的要求,文檔規范完善,在開發過程中堅持實用性和科學性相結合的原則。系統採用快速原型法進行開發,首先通過對鋼管務流程和數據流程的分析,建立了系統的邏輯模型;接著針對該模型進行系統設計,包括對系統的網路平臺、開發工具、數據庫、、軟體模塊、系統安全及用戶界面等方面的設計;然後在設計的基礎上實現了系統原型;通過對原型的評價和改進,使原型最終成為實際品。
  4. Numbers of production license, sanitation license, product executive standard and code bar are required to be printed on the label

    許可證、衛許可證號和品執行標準號、條形
  5. This paper mainly deels with the managent of the cad electronics files in the enterprises. the author put forward his view that the proper method is to use dbms plus referring part coding system into dbms after his researching work. after studying the problems to be resolved in the field of cad electronic files management, the author discussed his purpose why should so and its great benefit it will bring if doing so

    作者在調查國內cad電子文件管理的現狀的基礎上,就利用零件技術和數據庫技術來解決這些問題進行了研究。論文結合國內某的具體情況,論述了利用數據庫管理技術、零件技術對cad電子文件進行管理的目的和意義,論述了零件系統的選擇和修改的方法、 cad電子文件數據庫模型的設計與前臺訪問、本系統同cad系統的集成等技術的實現。
  6. Computer aid coding system helps enterprises to realize the material auto coding, it is the basis of stock - in - trade control and management system implement. stock - in - trade control and management system can help enterprise managers to control the materials effectively in receiving, sending out, moving, and checking goods, so as to decrease stock - in - trade and capital occupied, avoid overstock, and assure the production and management can be executed successfully. the integration of the stock - in - trade control and management system with finance system realized control and management the capital stream effectively

    計算機輔助系統幫助實現了物料的自動,為實施存貨控制與管理子系統做好準備;存貨控制與管理子系統幫助管理人員對存貨物料的收、發、移動、盤點等操作進行全面的控制和管理,以達到降低存貨、減少資金佔用,避論文摘要一免物料積壓或短缺現象,保證經營活動順利進行的目的;存貨控制與管理子系統與財務系統的集成實現了資金流的有效管理與控制;成本核算模塊的開發為快速準確核算的成本與利潤提供了可能。
  7. In response to the changes the internet had effected, the white paper argued ( 1 ) congress should strengthen intellectual property law, ( 2 ) businesses should adopt innovative marketing techniques, ( 3 ) technologists should push to develop code to protect copyrighted material, and ( 4 ) educators should educate kids to better protect copyright

    對于網際網路所的影響,白皮書指出: ( 1 )國會應當加強知識權法律, ( 2 )應當采納創新性的市場營銷技術, ( 3 )技術人員應當推進技術以保護版權,以及( 4 )教育者應當幫助孩童樹立更強的保護版權的意識。
  8. Academic institutes, such as lscmi at hkust, and other organisations such as gs1 hong kong gs1hk, hong kong productivity council hkpc and hong kong logistics association hkla, are already heavily promoting rfid and can help industry to implement and evaluate pilot systems

    學術研究機構,如香港科技大學的物流與供應鏈管理研究所,和其他的組織如香港貨品協會香港力促進局和香港物流協會等,已開始積極推廣射頻識別,並協助推行和評估試驗系統。
  9. Even though your customers may not mandate you to comply with an rfid policy at this moment, it will definitely affect you sooner or later. being prepared earlier will enable an important competitive advantage. academic institutes, such as lscmi at hkust, and other organisations such as hong kong article numbering association ( hkana ), hong kong productivity council ( hkpc ) and hong kong logistics association ( hkla ), are already heavily promoting rfid and can help industry to implement and evaluate pilot systems

    即使你的客戶現時並未要求你必須遵守射頻識別政策,但這只是早晚的事而已,未雨綢繆自然能為您帶來更大的競爭優勢。學術研究機構,如香港科技大學的物流與供應鏈管理研究所,和其他的組織如香港貨品協會、香港力促進局和香港物流協會等,已開始積極推廣射頻識別,並協助推行和評估試驗系統。
  10. Based on the specialty of flexible processing enterprise, we designed and developed production planning system of processing err at last, a genetic algorithm based on variable length coding for the scroll cutting problem in production planning system is proposed

    針對柔性流程計劃的特點,設計實現流程erp的排計劃系統,並提出了一種基於變長遺傳演算法以解決計劃中的紙卷切割問題。
  11. Due to the " order oriented " producing mode of swa, this article emphasizes on the importance of contract management and advances the concept of contract tracing management and " pull management " mode centralized on contract ; advances the centralized stock management mode and the manage method of modern solid stock aiming at the decentralized and disordered status of stock management in swa ; uniform code is the precondition of centralized material management, so this article studies the coding techniques of products and parts and provides the coding system structure of materials in swa, which will be the guidance of further coding work, quality is the life of enterprise, this article takes the product line of board - strip - foil of swa as example and brings forward the implementation scheme of producing process monitor and control in swa along with the key techniques of the implementation

    針對西南鋁"面向定單"的模式,強調了合同管理的重要性,提出了合同追蹤管理和以合同為核心的拉式管理模式;針對西南鋁庫存管理分散、混亂的現狀,提出了集中式庫存管理的模式及現代化立體倉庫管理方法;要實現物資的集中管理,統一的是前提,本文在探討品及零部件技術的基礎上提出了西南鋁物資系統的框架結構,對下一步實施物資具體具有指導意義;質量是命,本文以板帶箔線監控系統為例提出了過程監控在西南鋁實施的方案並討論了實施中的關鍵技術。
  12. This article studies application of genetic algorithm in virtual enterprise production planning and control system , and discusses the methods and skills of using genetic algorithm. at last, take a concrete application example as the background, the thesis designed a frame of synergic production planning and control information system of ve

    論文對遺傳演算法在虛擬計劃與控制優化中的應用進行了初步研究,針對虛擬計劃和控制中的兩個具體問題,設計了適合該問題的數學模型、方法、適應度函數和遺傳運算元,探討了用遺傳演算法解決實際問題的方法和技巧。
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